New articles on the technology
The following evidence supports the conclusion that classified technology to read your thoughts, and much more, has been developed.
Here is an example of how many scientists know of this technology but don't talk about it. It clearly shows how the public could be unaware of the development of this technology while many top officials ignore victims charges of human rights abuses and illegalities. US News and World Report 7-7-97 reported: "Moreover, medical researchers worry that their work on such things as the use of electromagnetic waves to stimulate hearing in the deaf or to halt seizures in epileptics might be used to develop weaponry. In fact, the military routinely has approached the National Institutes of Health for research information. " DARPA {Defense Advanced Research Projects Agency} has come to us every few years to see if there are ways to incapacitate the central nervous system remotely," Dr. F. Terry Hambrecht, head of the Neural Prosthesis Program at NIH, told US News. "But nothing has ever come of it," he said. "that is too science fiction and far-fetched." The counter argument, of course is, why is Darpa, a smart, hi tech government agency wasting it's time by asking such a dumb question? Why are medical researchers worried that their research might be used to develop weaponry as stated above?
Social and ethical issues have also changed the course of neuroscience research. For example, the Sacramento Bee 2-22-99 p A-1 quoted Dr. Giulio Tononi, a neurobiologist at The Neurosciences Institute in San Diego. " Ten years ago, it was not appropriate for a scientist to talk about consciousness because it was considered too elevated a topic that we really couldn't address. .Now it's not taboo anymore." The issues of religion are deeply embedded in most societies and ideas such as the scientific basis of man's world and the origin of man and the soul and questions of God have clashed in Galileo's time and today.
EEGs or brainwave have been studied since the 1920s. An excellent book, History of Neuroscience in Autobiography Vol. I, edited by Larry R. Squire 1996, is a good research tool for understanding the history of the parallel development of classified mind control. Page 582 described the general acceptance of consciousness as a biophysics problem. John Z. Young, a neuroscientist stated " One example I quoted was the evidence of Libet et al. (1983) showing that there are electrical activities in the brain half a second before a person makes a conscious decision to move a finger. This clearly shows that actions of the mind depend on the brain and that is absurd to consider oneself as two separate entities." In the autobiography section on Theodore H. Bullock, he wrote, "I was introduced to electroencephalograph (EEG) recording and evoked potentials by watching Warren McCulloch,.(Please see previous CAHRA [now Mind Justice] articles on McCulloch)." Bullock described world wide conferences in the 1950s with the world class neurologists at the time. In describing brainwaves, Bullock stated, " It's a jungle in there- a fascinating community of diverse species and interrelations-and, according to my intuition, the greatest reservoir of new principles yet to be discovered." ".I believe that these compound field potentials are information-rich in ways we have not learned how to assess."
History of the development of Russian electromagnetic research
Here is a summary of the overall picture of Russian biophysics research from 1930s to the present and will help in understanding the next two sections. This is excerpted in chronological order from the book, "Bioelectrodynamics and Biocommunication" by Ho, Popp et all, 1994, unless otherwise indicated. Please refer to my website for further information on Vernadsky, Gurvich, Becker and Adey.
Gurvich concluded that the agent stimulating cell division was UV radiation. .mitogenetic radiation[MR]. Subsequently the same effects were discovered in many other plant and animal tissues.
In the 1930s, mitogenetic research had spread to other European countries with mixed results. The physical demonstration of the existence of MR was not possible before WWII; the 'Gurvich radiation' was therefore suspect. There were other reasons for its unpopularity: the disastrous consequence of Stalins science policy for biology resulting in the Lysenko affair) and the fact that, at the time, biological science became dominated by molecular biology, which made Gurvich's approach obsolete.
.In the Soviet Union this led to an intensification of mitogenetic research in the 1950s. . maintain that the organism is able to act as an emitter and receiver of a broad range of electromagnetic frequencies and use these coherently for communication, regulation and internal structuring. .Inyushin, who is also one of the pioneers of therapy by means of very weak laser irradiation, postulated, in 1967, that the main source of MR was the cell nucleus and that it was coherent-a notion that gave the field a new dimension.
Harold Saxton Burr of Yale U School of Medicine took up biopotential research in the 1930s.Burr and his coworkers found steady electric potential gradients on the surface of many different organisms which were characteristic for each species. Burr and his coworkers correlated changes of bioelectric potential to growth, regeneration, .However the work of people like Lund and Burr was almost completely ignored by fellow scientists. The reason was not only that the scientific climate of the time was not very sympathetic towards this kind of research
It was orthopedic surgeon at the Veteran's Administration Hospital in Syracuse, NY Robert O Becker that was to bring the field to the attention of a larger community of scientists. [Body Electric, a must read, excellent overview of military, science research of electromagnetic radiation.]
After the war many new electromagnetic technologies, originally developed for military purposes, became available to research laboratories. Among these were the microwave technologies that followed from the development of radar, the photoelectric multipliers used in bioluminescence research and the electronic transistor.
.One of the founders of biophysics, Boris Rajewsky of the U of Frankfurt am Main held that the main task of biophysical research was to apply physical thought and physical methods to biological phenomena and the elucidation of physical relationships in life processes. He investigated the effects of light and of electromagnetic fields on the intact organism and also made a contribution to the research on ultraweak bioluminescence. He was convinced that living tissue reacts with 'uncanny precision to all physical influences. [See Schwan's paper with Rajewsky below.]
However the 1940s and 1950s also saw the beginnings of a number of new developments. The next 30 years saw the accumulation of evidence for the solid state properties of biological systems.
Russian biophysicist Alexander S. Pressman proposed the first modern hypothesis on the biological role of EM fields. He also suggested that informational as opposed to energetic, interactions play a significant if not main role in electromagnetic biocommunication.
. The radar developments during the second world war were rapidly applied to therapeutic techniques from which the interest in the dielectric properties of biological materials had its resurgence,
1964. Dynamical Systems in Physics and Biology by Professor Norbert Weiner. "Many other considerations which have up to the present been situated in a somewhat shameful background, such as the study of direct communication at a distance between nervous systems, possibly by some sort of radiative phenomenon, are going to be subjected to a real trend in scientific examination which will not be corrupted by the unscientific assumption that we are dealing with phenomena with no physical correlates."
Paul Brodeur, author of " Zapping of America" mentions Vernadsky. Vernadsky was quoted in the first chapter of the 1981 Kaznacheev book, Ultraweak Radiation in Intercellular Interactions " on the necessity of mastering the biological action of the entire electromagnetic spectrum."
.In a 1990 General Assembly of the International Union of Radio Science held in Prague, Ross Adey concluded that, " It is no longer a matter of speculation that biomolecular systems are responsive to low level, low frequency electromagnetic fields. Not only is tissue heating not the basis of these interactions, but the many instances of responses windowed with respect to field, frequency and intensity set a rubric for their consideration in physical mechanisms involving long range ordering at the atomic level."